Food & Beverage
4IR Food Processing – next gen technology for people, planet and profitability
The GCT® Processing Difference
Green Cell Technologies ® (GCT®) is helping manufacturers meet the demands of the 4th Industrial Revolution (4IR) and a growing population through the licensing of its unique Disruptor® technology – that doesn’t cost the earth.
GCT ® develops future-focused production technologies and processes that unlock the full potential of our planet’s resources, reducing or beneficiating waste and creating additional revenue streams for manufacturers. Read more.
Applications:
BioFuels
Green extraction technology fuelling tomorrow
Nutraceuticals
Increased purity, unlocking nature’s medicinal value – instantly
Cosmeceuticals
Natural beauty freed
Pharmaceutical
Making the most of Nature’s Medicine
Agri-Chemicals
Naturally enhancing the husbandry of earth, animal, and crop.
Metals
Maximising Mining Value
DCD® and Disruptor® Technology
In a snap…
Faster than the speed of sound
Our in-house developed and patented solutions, Dynamic Cellular Disruption® and Disruptor® technology, process organic and inorganic materials faster than the speed of sound. By stopping the process in a nanosecond, the cell structure of the source material is snapped open, releasing 99.999998% of its cellular contents.
One Disruptor® replaces all manner of conventional equipment – at a fraction of the cost of these traditional methods – and has many different applications. Disruptor® Technology is easily integrated into existing manufacturing processes, central to new builds and can even replace certain equipment.
Bonus – there’s no waste, increased yields and much more besides…get the lowdown here
WHY IS DISRUPTOR® TECHNOLOGY NEEDED?
We are what we eat and use
- Modernisation of processing methods to take account of 4IR, more people and diminishing agricultural supply
- Smaller factory size requirements (our one Disruptor® replaces several traditional machines)
- Improved economies
- Value chain beneficiation
- Reduced microbial activity in end product
- Increased yield – volumetric and efficacy of active molecules
- Increased nutrition
- Particle size reduction
- Waste reduction, beneficiation and/or elimination across the supply chain (from farm to fork)
- Added value through NPD
- Reduced energy consumption
- Overall environmental benefits
- Reduced reliance on health services and medications because of a healthier diet – we are what we eat
BENEFITS
The benefits of using DCD® and Disruptor® technology are varied and numerous.
- Disruptor Technology helps you get the most out of what you need to process
- Zero waste
- Increased yields
- Faster outputs
- Increased economies
- Significantly higher phytochemistry/chemistry purity
- Major reduction in microbial activity, pathogens, yeasts and moulds
- Micronisation of insoluble fibres
- No denaturing
- Better nutrition
- Bulk volumes easily and quickly processed
- Increased added value options – revenue streams
- Delivers on United Nations SDGs
- Supports or facilitates circular economy
For a more detailed list of how we can help your industry, please review our portfolio under the Applications tab.
INSIGHTS
Industry insights
Sebrium DCD® – Green Cell Technologies® and Molecular Health Technologies Announce Partnership
LEADING biotechnology company, Green Cell Technologies® (GCT®) and US-based Molecular Health Technologies (MHT) have signed an exclusive partnership agreement for MHT to market and distribute Sebrium DCD® – a high-powered and unique Sceletium tortuosum (Sceletium) extract created using next generation technology, Dynamic Cellular Disruption® – in North America and the United Kingdom (UK).
Conscious Eating
The food industry is experiencing significant trends related to consumer preference for whole and natural foods, driven by a desire for preventative care, improved mental health, and overall wellness. Ignited by the COVID-19 era, consumers are becoming more health-conscious and interested in the quality of their food, leading to several notable shifts in the industry
Read more here.
